4 October 2026
A chief financial officer joins a video call with several colleagues. The faces look right. The voices sound right. The meeting feels routine. Over the next hour, the CFO is persuaded to send a series of wire transfers to a supposed overseas supplier. The money leaves. The colleagues, as it turns out, never existed. Every face on that call was generated by software.
This is not a scene from a science fiction film. It is the kind of fraud that has already cost companies and individuals millions of dollars. The technology behind it is called deepfakes, and it has moved from internet curiosity to serious financial threat faster than most people expected.

Early deepfakes were crude. Faces flickered. Mouth movements did not match speech. Voices sounded robotic. That era is over. Modern tools can produce convincing video with a few minutes of source material, and convincing voice clones with as little as a few seconds of audio. The barrier to entry has collapsed. What once required a research lab and expensive hardware now runs on consumer laptops and even phones.
This matters for your money because fraud has always depended on impersonation. If a criminal can convincingly pretend to be someone you trust, the usual defenses, such as recognizing a familiar voice or face, stop working.
Consider the three ingredients of a traditional scam: a believable story, a trusted identity, and urgency. Deepfakes supply the trusted identity with terrifying efficiency. The story and the urgency are easy to add. When all three combine, even careful people get fooled.
There is also a scale problem. A single scammer can now run many impersonations at once. Voice cloning can generate thousands of custom messages. Video generation can target specific executives. The economics of fraud have shifted in the criminal's favor.

Why it works: employees are trained to obey authority, and a face-to-face request feels more legitimate than an email. The urgency of a "confidential acquisition" or "urgent supplier payment" discourages questions.
Why it works: emotional hijacking. When you believe a loved one is in danger, your rational decision-making narrows. The scammer exploits that window before you can verify.
Why it works: time and repetition. Trust compounds. By the time money is requested, the victim has invested emotionally as well as financially.
Why it works: desperation and hope. People looking for work are motivated to move quickly and may overlook red flags.
Why it works: many verification systems were designed before generative AI became capable. They check for a real person, not necessarily the right person.
A request for secrecy. "Do not tell anyone" is almost always a red flag. Legitimate urgent financial requests rarely require you to hide them from colleagues or family.
A change in communication channel. The conversation starts on email and moves to a video call or messaging app. Each move makes verification harder.
Time pressure. The request must be handled now, before a deadline, before markets close, before a flight. Urgency is the scammer's most reliable tool.
Unusual payment methods. Wire transfers, gift cards, cryptocurrency, and prepaid debit cards are preferred because they are hard to reverse.
Emotional intensity. Fear, love, guilt, and excitement all narrow attention. Scammers engineer these feelings on purpose.
First, voice cloning means the person on the other end of the callback may still sound legitimate. If the scammer controls the number or can spoof it, the callback loop closes on itself.
Second, video calls were once considered strong proof of identity. That assumption is now outdated. A live deepfake can respond in real time, especially when the scammer uses a pre-recorded performance or a puppeteering setup.
Third, biometric checks are not foolproof. Some systems can be defeated with synthetic media, especially if the liveness detection is weak.
None of this means verification is hopeless. It means verification has to change.
Trade-off: code words are only as good as their secrecy. If someone writes it in a group chat, it is compromised. Rotate it periodically.
Why it works: it breaks the scammer's control of the communication path. If the scammer spoofed the number, your callback may still reach them, so combine this with the code word or a known associate.
When it does not work: if the scammer has compromised the person's actual phone or email, the second channel may also be controlled. In high-stakes situations, verify in person or through a third party you trust.
Trade-off: in genuine emergencies, a delay can be costly. Set exceptions carefully and require stronger verification for those exceptions.
Why it works: a scammer would need to compromise multiple people simultaneously, which is much harder.
Trade-off: privacy has social and professional costs. A public-facing professional may need visibility. In that case, focus on the other layers.
First, stop all payments. If a transfer is pending, contact your bank immediately. Wire recalls are possible but not guaranteed, and the window is short.
Second, preserve evidence. Save messages, call logs, email headers, and any files. Do not delete anything.
Third, report the incident. In the United States, report to the FBI's Internet Crime Complaint Center and the Federal Trade Commission. In other countries, find the equivalent national fraud reporting body. Report to your bank's fraud department as well.
Fourth, change credentials. If you shared passwords or account details, change them now. Enable multi-factor authentication if it is not already on.
Fifth, tell the person being impersonated. They need to know their identity is being used, and they may need to warn others.
Misconception two: "Video is proof." Video is evidence, not proof. It can be synthesized.
Misconception three: "Only rich people are targeted." Scammers target anyone with money or access. Small businesses, elderly individuals, and young professionals are all in scope.
Misconception four: "Banks will reimburse me." Reimbursement rules vary by country and by the type of fraud. Authorized push payment fraud, where you willingly send the money, is often treated differently from unauthorized fraud. Do not assume you will be made whole.
Mistake one: verifying through the same channel. If the scammer controls the channel, your verification is meaningless.
Mistake two: letting embarrassment stop you from reporting. Shame is the scammer's ally. Report anyway.
Mistake three: relying on a single defense. Layers matter because no single check is perfect.
The more durable shift is procedural. Institutions are moving toward zero-trust verification, where identity is confirmed through multiple independent factors rather than a single face or voice. Banks are adding behavioral analysis, device fingerprinting, and out-of-band confirmation for large transfers. Regulators in several countries are tightening rules on authorized push payment fraud and requiring banks to share liability in some cases.
For individuals, the practical takeaway is simple. Treat any urgent financial request as suspect until verified through a channel you control, using information only the real person would know. That single habit defeats most deepfake scams, because the technology can copy appearance and sound, but it cannot copy a secret it has never seen.
The rise of deepfakes is unsettling, but it is not unstoppable. Fraud has always evolved alongside technology, and the defenses that work are usually boring: slow down, verify independently, require multiple approvals, and talk to the people you trust. None of that requires a technical background. It requires a bit of discipline and a willingness to ask an awkward question. That awkward question is often the difference between keeping your money and losing it.
all images in this post were generated using AI tools
Category:
Banking SecurityAuthor:
Yasmin McGee